The RWD-GTD-2 Single Cell Suspension Dissociator is designed for rapid and gentle dissociation of fresh tissue samples into high-viability single-cell suspensions or tissue homogenates. Featuring two independently controlled processing channels, each equipped with a dedicated heating jacket, this device enables parallel preparation of samples to increase laboratory throughput and efficiency. The instrument is compatible with a range of tissue processing tubes and specialized tissue dissociation kits, offering optimized and programmable protocols tailored for different tissue types. Single-cell suspensions are typically prepared in 15–30 minutes, ensuring speed and reproducibility for downstream analyses.
Features
High Viability and Yield:
Produces single cell suspensions with superior viability and yield compared to manual dissociation, while preserving cell surface epitopes and minimizing cellular stress.
Dual-Channel Efficiency:
Two channels operate independently, allowing simultaneous processing of different samples or protocols, significantly increasing laboratory throughput.
Rapid, Standardized Processing:
Pre-programmed and customizable dissociation protocols enable preparation of single cell suspensions in 15–30 minutes, ensuring reproducibility and minimizing hands-on time.
Versatile Tissue Compatibility:
Compatible with human and animal tissues, including tumors, brain, neural tissue, spleen, lung, lamina propria, lymph gland, testicles, liver, adipose tissue, and epidermis.
User-Friendly Operation:
7-inch touchscreen interface for intuitive control and real-time monitoring. Temperature maintained at 37°C for optimal enzymatic activity.
Technical Specifications:
Sample volume: 20–4000 mg
Buffer volume: 0.3–10 mL
Speed: 0–4000 rpm
Temperature: 37°C
Channels: 2 (independent)
Dimensions: 215 × 380 × 190 mm (8.46 x 14.96 x 7.48 in)
Weight: ~9.0 kg
Warranty Period: 12 months
Applications
Sample preparation for flow cytometry, FACS, and cell sorting
Primary cell culture and cell therapy research
Single-cell sequencing and omics workflows
Drug development, compound toxicity evaluation, and tumor biology studies